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Duration: 1 HOUR
Lectures: 28

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Working hours

Monday 9:30 am - 6.00 pm
Tuesday 9:30 am - 6.00 pm
Wednesday 9:30 am - 6.00 pm
Thursday 9:30 am - 6.00 pm
Friday 9:30 am - 5.00 pm
Saturday Closed
Sunday Closed

FIRST-TERM SCHEME OF WORK

WEEK 2                   HEAT ENERGY 2 (TEMPERATURE AND ITS MEASUREMENT)

  • Definitions of terms
  • Measurement of temperature
  • Fixed temperature
  • Upper fixed temperature
  • Lower fixed temperature
  • Converting from one temperature scale to another
  • Types of Thermometers
  • Sensitivity of a liquid-in-glass as a thermometric liquid
  • Sensitivity of a liquid as a thermometric liquid
  • Advantages of mercury over alcohol as a thermometric liquid
  • Advantages of alcohol over mercury as a thermometric liquid
  • Clinical thermometer
  • Maximum and Minimum thermometer
  • Gas thermometer
  • Resistance thermometers

WEEK 3 & 4           MEASUREMENT OF HEAT ENERGY

  • Definition of Terms
  • Determination of Specific heat capacity
  • Change of state
  • Processes of change of state
  • Latent heat (fusion and vaporization)
  • Specific Latent heat (fusion and vaporization)
  • Determination of specific latent heat
  • Evaporation
  • Factors affecting the rate of evaporation
  • Cooling by evaporation
  • Vaporization (boiling)
  • Effect of pressure and impurities on freezing/melting and on boiling point
  • Saturated and Unsaturated vapour
  • Variation of S.V.P with temperature
  • Boiling point, determination of boiling point
  • Humidity, Relative Humidity
  • Dew Point

WEEK 5                   GAS LAWS

  • Measurement of gas pressure
  • The Barometer
  • Faulty Barometer
  • Practical Barometer
  • The magnitude of atmospheric pressure
  • Boyle’s Law
  • Calculations of atmospheric pressure applying Boyle’s law
  • Charles law
  • The pressure (Gay –Lussac’s) law
  • The General Gas Law
  • Standard Temperature and Pressure
  • Kinetic Molecular Theory of Gas and its explanation of the Gas Laws

WEEK 6                   WAVES

  • Wave Motion
  • Classification of waves
  • Production and propagation of mechanical waves
  • The ripple tank
  • Pulse
  • Wavefronts
  • Progressive wave-transverse, longitudinal wave
  • Wave representation
  • Terms used in describing waves
  • Stationary wave
  • The mathematical relation between frequency, wavelength and velocity
  • Mathematical representation of wave motion
  • Properties of wave
  • Polarization of light
  • Application of Polaroid’s
  • Polarization by reflection

WEEK 8       LIGHT WAVES

  • Sources of Light
  • Luminous and non-luminous bodies
  • Transmission of light
  • Rays and beams of light
  • The ray box
  • Rectilinear propagation of light
  • Shadows
  • Eclipses – of the sun/annular, of the moon
  • The Pinhole Camera
  • Reflection of light waves
  • The principle of reversibility of light
  • Image formation by a plane mirror
  • Virtual and real images
  • Characteristics of plane mirror images
  • Inclined mirrors
  • Application of inclined mirrors
  • Mirrors rotation
  • Reflection of light by curved or spherical mirrors
  • Definition of terms
  • The principal focus
  • Focal length
  • Formation of images by a curved mirror
  • Ray diagrams of images
  • Determination of focal length of curved mirrors
  • Linear Magnification

WEEK 9 & 10         REFRACTION OF LIGHT WAVES

  • Refraction of light at plane surfaces-through rectangular glass block/prism
  • Laws of refraction
  • Verification of Snell’s law of refraction
  • The general relation between n and sin i
  • The real and apparent depth
  • Effect of refraction of light at plane surfaces
  • Total internal reflection and critical angle
  • Conditions for total internal reflection
  • Applications of total internal reflection
  • Optical fibres
  • Laser
  • Refraction of light through triangular glass prisms
  • Advantages of prisms over mirrors
  • Dispersion of white light
  • Colour
  • Refraction of light curved surfaces-through lenses
  • Types of lenses
  • Ray diagrams of images in lenses
  • Power of lens
  • Lens formula, sign convention
  • Magnification
  • Determination of the focal length of a converging lens
  • Problems of a converging lens and diverging lens

SECOND TERM SCHEME OF WORK

 WEEK           TOPIC
1 REVISION
2 LINEAR MOMENTUM
3 & 4 MACHINE
5 & 6 HEAT ENERGY 1 ( TEMPERATURE AND ITS MEASUREMENT)
6 Continuous Assessments 
7 & 8 HEAT ENERGY II (MEASUREMENT OF HEAT ENERGY)
9 GAS LAWS
10 REVISION & EXAMINATION

 

LESSON ONE

1
REVISION
1

LESSON TWO

1
HEAT ENERGY 1( TEMPERAURE AND MEASUREMENT) PART 1
1

LESSON THREE & FOUR

1
MEASUREMENT OF HEAT
1

LESSON FIVE

1
GAS LAWS
1

LESSON SIX

1
DERIVATION OF EQUATION OF LINEAR MOTION
1

SECOND TERM

1
REVISION EXERCISE 04/01/2022

LESSON TWO

1
CONCEPT OF POSITION, DISTANCE AND DISPLACEMENT IN RELATION TO X – PLANE
1

LESSON 5

1
CLASS ZOOM LINK
1
2
PROJECTILE
1

LESSON 7

1
NEWTON LAW’S OF MOTION
2
SCALAR AND VECTOR QUANTITIES
1

LESSON EIGHT

1
EQULIBRUIM OF FORCES

LESSON NINE

1
SIMPLE HARMONIC MOTION

LESSON 11

1
REVISION AND EXAMINATION
2

LESSON ONE

1
REVISION

LESSON TWO

1
CONSERVATION OF MOMENTUM
1
2
CONSERVATION OF LINEAR MOMENTUM

LESSON THREE & FOUR

1
MACHINE PART 2
2
MACHINE PART 1

ASSESSMENT

1
HALF TERM ASSESSMENT
1

LESSON EIGHT AND NINE

1
CONCEPT OF POSITION, DISTANCE AND DISPLACEMENT IN RELATION TO X
2
CONCEPT OF POSITION

THIRD TERM

1
GLASS PRISM

WEEK 3

1
LENS

WEEK 4 & 5

1
OPTICAL INSTRUMENTS II

WEEK 6

1
DISPERSION OF WHITE LIGHT I

WEEK 8

1
DISPERSION OF WHITE LIGHT II

WEEK 9

1
SOUND WAVE

WEEK TEN

1
RESONANCE

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